Real-time PCR has been revolutionizing the Indian healthcare scenario since its inception. Thanks to the technological wonders that it creates by analysing samples at a super fast speed has been an incredible journey until now. These tests have targeted some of the most deadly viruses like HIV or Human immunodeficiency virus, Hepatitis B or HBV and Hepatitis C or HCV virus. In recent times, PCR tests have also intervened in detecting infections related to organ transplantation.
With advancements that have led to more insightful Real-Time PCR Results, the conditions, organisms, and pathogens on which the tests are conducted have gone up significantly. That way, the healthcare industry has benefited massively, especially about the status of the patient.
PCR technology: creating benchmarks
The polymerase chain reaction or PCR technology is undoubtedly one of the benchmarks of modern medicine. Today, the uses of PCR machine have reached new heights for studying complex disorders like ailments of the middle ear, AIDS, Lyme disease, and TB. Not only for scientific and therapeutic purposes but legal sciences are also making use of it continuously. Read here to get a hang of what advancements in PCR technology means for the Indian healthcare industry.
- Revolutionizing diagnostics
With advanced PCR techniques comes the convenience of increased sensitivity, resulting in better disease detection, leading to improved diagnosis of infectious diseases like Covid-19 and tuberculosis. A quick diagnosis naturally leads to immediate treatment and better outcomes. With newer Real-Time PCR Results that helps in analysing a patient’s genetic constitution, it can be used for personalising treatment plans for various diseases like cancer through the drug-resistance capacity of the individual. So, the results of advancements are clearly visible.
- Improving public health
The technical improvements in PCR methods also help in monitoring the outbreak of various diseases. With that the public health department officials become more aware and go a long way in controlling the spread of highly infectious diseases like flu. The advanced assays of PCR can be used for the detection of those genes in an individual that reveal the level of antibiotic resistance in that individual. The better the results easier it is to tackle the increased threat of microbial infections.
- Tool for molecular diagnostics
The increased need for quick diagnosis has led to a sharp demand of PCR detection. Naturally, they are widely used for detecting infectious diseases, cancers, genetic disorders, and various other health conditions. PCR technique helps in amplifying and detecting RNA and DNA sequences, making it one of the most preferred tools in molecular diagnostics.
- Integration with NGS
PCR’s integration with NGS technologies aids in the analysis and sequencing of genetic material. With latest techniques like target capture and amplicon sequencing that are part of the enrichment methods. Using such techniques broaden the knowledge of genetic variations and their impact on various diseases.
- POCT or Point-of-care-testing
Another rising and merging trend if POCT or Point-of-care-testing that aids on-site diagnosis. The uses of PCR machine for on-site testing have caught the attention of people; they are user-friendly and portable.
- Technologically compliant
As far as technological advancements are concerned, the PCR technology has come across various stages. So, you are bound to come across improvements and changes in sensitivity, speed, specificity, and automation. Therefore, these advancements have resulted in various PCR platforms that offer more accurate detection of infections and diseases.
The PCR detection technology has turned highly competitive. Thanks to several players in this industry. With more and more companies trying to work on more technologically-advanced PCR platforms and broadening their product base, it’s all about investing in research and development to gain a competitive edge.
Replacing workforce with advanced testing systems
With a constant growth and demand of testing, laboratories today need more workforces to meet the requirements. However, a limitation in qualified workforce can be replaced by analytical systems like PCR to address the issues, Laboratories too have scaled with the testing capabilities of these test detection devices.
The impact of the latest advancements has not only improved Real-Time PCR Results but are adept with features to generate reliable results for every sample. The other benefit is limiting the exposure of human workforce and lowering the instances of dealing with hazardous objects and infectious agents.
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